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fft_1024_hdl
- 一个 1024 点 FFT ， 基 4 蝶形运算架构， 5级流水，乒乓内存，有测试环境。-A 1024-point FFT, Radix-4 butterfly structure operation, five water, ping-pong memory, a test environment.
FPGA_4FFT
- 针对高速数字信号处理的要求,提出用FPGA 实现基- 4FFT 算法,并对其整体结构、蝶形单 元进行了分析. 采用蝶算单元输入并行结构和同址运算,能同时提供蝶形运算所需的4 个操作 数,具有最大的数据并行性,能提高处理速度 按照旋转因子存放规则,蝶形运算所需的3 个旋转 因子地址相同,且寻址方式简单 输出采取与输入相似的存储器 运算单元同时采用3 个乘法的 复数运算算法来实现.-In accordance with the requirements of high speed d
vhdlfft4
- 基4算法的vhdl实现，蝶形变换等的详细设计-Radix-4 algorithm of VHDL realize, butterfly transform the detailed design, etc.
VLSIFFTRadix2forDSP
- VLSI implementation of high speed and high resolution FFT algorithm based on Radix 2 for DSP application
design
- The verilog implementation of 8-point FFT in verilog. Radix 2 Decimation in Frequency.
fft_hdl
- 一个 16点 FFT 用基2蝶形运算单元完成，有测试环境。-16 points FFT with a radix-2 butterfly computation unit is completed and test environment.
fft2
- 512点8位基2fft程序。基于 vhdl/verilog。已仿真布线通过。-512 points, eight base 2fft program. Based on vhdl/verilog. Simulation layout has been adopted.
fft
- 16 point 4 radix fft vhdl
cfft4
- fft radix-4 VHDL for expanding to any fourier transform
cfft4X12
- fft radix-4 for expanding to any fourier transform
cf_fft
- FFT using C and VHDL. can compute upto 1K, 2K and 4K in radix 2.
FFT_Implementation_in_FPGA
- This book is ERICSSON documentation "FFT, REALIZATION AND IMPLEMENTATION IN FPGA". Book includes some theoretical information about FFT Radix-2 and Radix-4, and also VHDL and Matlab code.
radix4
- it s a vhdl code for radix 4 algorithm
RADIX_64
- radix 64 point fft using vhdl design in fpga
1024FFVHDL
- 1024点基2时分FFT快速傅立叶变换(vhdl) -1024-point radix-2 FFT Fast Fourier transform peak (vhdl)
cFFT
- CFFT is a radix-4 fast Fourier transform (FFT) core with configurable data width and a configurable number of sample points in the FFT. Twiddle factors are implemented using the CORDIC algorithm, causing the gain of the CFFT core to be differen
butt_dit_r2
- buuterfly Radix 2 FFT
COlD_FFT
- The VHDL implementation of 8-point FFT in VHDL. Radix 2 Decimation in Frequency-The VHDL implementation of 8-point FFT in VHDL. Radix 2 Decimation in Frequency It is very good
FFT
- The VHDL implementation of 8-point FFT in VHDL. Radix 2 Decimation in Frequency-The VHDL implementation of 64-point FFT in VHDL. Radix 2 Decimation in Frequency i am found of it.It s really very good!
gam1
- A Low-power Variable-length FFT Processor Base on Radix-24 Algorithm